CAN someone please help me solve this I am having some problems with these questions .they are under the same question 1. A scale typically measures the weight of the object on top of it, but actually the weight force is the force of gravity between the object and the Earth. The scale is not part of that interaction, so the scale cannot directly measure the weight. Instead, the scale measures the normal force applied to it, which is not necessarily equal to an object’s weight. This means that we can use physics to “trick” a scale into having an incorrect reading.A turtle that weighs 16 lbs. is placed on a scale inside an elevator.a) What is the mass of this turtle, in slugs?b) Draw a free body diagram for the turtle and write down Newton’s 2nd Law, applied to your diagram. Leave it in symbolic form for now – below, you will plug in numbers.For each of the following scenarios, determine the scale’s reading in pounds. You should be thinking about how these answers compare to the fact that the turtle’s actual weight is always still 16 lbs.c) Elevator is standing stilld) Elevator is accelerating downward at \(8 \, \text{ft/s}^2\)e) Elevator is moving upward at a constant velocity of 12 ft/s **Scenarios for Determining Scale Readings for a Turtle in an Elevator**The actual weight of the turtle is always 16 lbs.c) **Elevator is standing still** - In this scenario, the scale will show the turtle's true weight, 16 lbs, as there is no acceleration affecting the reading.d) **Elevator is accelerating downward at 8 ft/s²** - When the elevator accelerates downward, the apparent weight decreases. The scale reading will be less than 16 lbs.e) **Elevator is moving upward at a constant velocity of 12 ft/s** - With constant velocity, there is no change in force due to acceleration. The scale will read the true weight of the turtle, 16 lbs.f) **Elevator begins at rest and accelerates upward at a rate such that it moves 48 ft over the next 4 seconds** - To find the acceleration, use the formula: Distance = (1/2) * acceleration * time² Solving for acceleration gives 6 ft/s². The apparent weight on the scale will be more than 16 lbs due to the upward acceleration.g) **Elevator cable is cut!** - The elevator is in free fall, and the scale reads zero as both the turtle and the scale are accelerating downward at the same rate.

Name: CAN someone please help me solve this I am having some problems with t
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: CAN someone please help me solve this I am having some problems with these questions .they are under the same question 1. A scale typically measures the weight of the object on top of it, but actually the weight force is the force of gravity between

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